Active Galactic Nuclei and gamma rays
Berrie Giebels, Felix Aharonian, and H\'el\`ene Sol
TL;DR
This paper reviews the latest observational and theoretical developments regarding gamma-ray emissions from active galactic nuclei, focusing on the role of supermassive black holes and relativistic jets.
Contribution
It provides an up-to-date synthesis of observational data and theoretical models related to gamma-ray emissions in active galactic nuclei.
Findings
Recent observational results from ground and space instruments
Advances in theoretical models of jet formation and gamma-ray production
Identification of key challenges in understanding black hole and jet interactions
Abstract
The supermassive black holes harboured in active galactic nuclei are at the origin of powerful jets which can emit copious amounts of gamma-rays. The exact interplay between the infalling matter, the black hole and the relativistic outflow is still poorly known, and this parallel session of the 12th Marcel Grossman meeting intended to offer the most up to date status of observational results with the latest generation of ground and space-based instruments, as well as the theoretical developments relevant for the field.
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